Wbpdcl Real Time Generation Info

WBPDCL real-time generation — Digest

• Typical latencies: sub-second to few seconds for local SCADA points; 4–60 seconds for telemetry to dispatch centers depending on link and protocol.
• Accuracy depends on metering class (CT/VT accuracy), calibration, and timestamping; synchronized time (NTP/GPS) is critical for settlement-quality data.

4. Challenges in Real-Time Generation Management

2. Real-Time Data Architecture

• Frequency control: If grid frequency drops below 49.9 Hz, SLDC instructs WBPDCL to increase generation in real time.
• Merit order dispatch: Cheaper stations (Sagardighi newer units) run at higher load factors.
• Ramp rate monitoring: Slow ramping causes schedule deviations and UI charges.

1. Artificial intelligence (AI): WBPDCL is exploring the use of AI to optimize its power generation and predict energy demand.
2. Blockchain: The company is investigating the use of blockchain technology to secure its real-time generation systems and improve data management.

Data latency & accuracy